The 33rd China International Measurement Control and Instruments Exhibition (MICONEX 2025) officially opened its doors from August 13 to 15, 2025, at the Changsha International Convention and Exhibition Center. Hosted by the China Instrument and Control Society, this premier event attracted more than 500 exhibitors from around the world, covering industrial automation, process control, smart manufacturing, calibration equipment, and specialized instrumentation.

Shengda Water Meter Co., Ltd. was proud to be among the invited participants, presenting our latest water metering solutions and engaging in meaningful exchanges with industry professionals.

Showcasing Smart Metering Technology

At the exhibition, Shengda’s display focused on innovation, accuracy, and adaptability. Our featured products included:

• LoRa and NB-IoT Smart Water Meters – Offering remote data transmission and integration with utility billing systems.
• Ultrasonic Water Meters – Providing non-mechanical measurement for enhanced durability and long-term precision.
• High-Pressure Electromagnetic Flow Meters – Suitable for industrial applications and capable of operating under extreme conditions.
• Prepaid Water Meters – Including both smart card and STS token models, widely adopted in Africa, the Middle East, and Southeast Asia.

Each product was accompanied by live demonstrations and case studies, showing how Shengda’s solutions are already in use across municipal, industrial, and agricultural sectors.

Networking and Industry Collaboration

MICONEX 2025 was more than just an exhibition; it was a hub for collaboration. During the event, Shengda’s team met with representatives from:

• Municipal Water Utilities seeking scalable smart metering solutions.
• Engineering and EPC Contractors looking for reliable flow measurement equipment.
• International Distributors aiming to expand product offerings in their local markets.

These meetings provided an opportunity to exchange insights on market challenges such as non-revenue water management, meter tampering prevention, and remote monitoring for rural water supply.

Learning from the Industry’s Best

One of the greatest benefits of participating in MICONEX is the ability to learn from peers. The exhibition brought together cutting-edge technologies — from AI-powered process analysis tools to intelligent calibration systems — offering Shengda valuable exposure to complementary solutions that can enhance our own offerings.

This year’s show revealed a clear trend: integration is key. Customers increasingly want their water meters, flow meters, and control systems to work seamlessly within a larger smart infrastructure. This aligns perfectly with Shengda’s ongoing efforts to develop meters compatible with multiple communication protocols and data platforms.

Commitment to Sustainability and Efficiency

Shengda’s participation also underscored our dedication to sustainable water management. By delivering highly accurate meters that minimize water loss, we help utilities reduce operational costs and protect precious resources.

Our team emphasized the role of data-driven decision-making in achieving sustainability goals, showing how our meters can provide real-time analytics for consumption trends, leakage detection, and demand forecasting.

Looking Ahead

The positive feedback received at MICONEX 2025 has further strengthened our confidence in expanding our global market presence. We are committed to:

1. Continuing R&D investment in next-generation smart metering solutions.
2. Expanding partnerships with technology providers and system integrators.
3. Providing comprehensive OEM and ODM services to meet diverse customer needs.

Conclusion

MICONEX 2025 was not only an important event for the instrumentation industry but also a valuable opportunity for Shengda Water Meter to connect, collaborate, and innovate.

We extend our sincere thanks to the event organizers, fellow exhibitors, and all visitors who stopped by our booth. Together, we are shaping the future of accurate, reliable, and intelligent water management.